Abstract
A FORTRAN program REX, which has been developed to facilitate the interpretation of X-ray reflectivity data, is described. The program allows the simulation of reflectivity profiles as a function of either incident angle or of energy. Factors such as anomalous dispersion, and surface and interface roughness are taken into account in the model. In addition, experimental data of reflectivity as a function of incident angle can be matched to user-supplied theoretical parameters by a least-squares refinement procedure. Experimental reflectivity data recorded at several X-ray wavelengths can be analysed simultaneously, thus eliminating certain experimental errors. (author).
Crabb, T A;
[1]
Gibson, P N;
[1]
Roberts, K J
[2]
- Commission of the European Communities, Ispra (Italy). Joint Research Centre
- Strathclyde Univ., Glasgow (United Kingdom)
Citation Formats
Crabb, T A, Gibson, P N, and Roberts, K J.
REX - a program for the analysis of X-ray reflectivity data: user guide and programmer manual.
United Kingdom: N. p.,
1992.
Web.
Crabb, T A, Gibson, P N, & Roberts, K J.
REX - a program for the analysis of X-ray reflectivity data: user guide and programmer manual.
United Kingdom.
Crabb, T A, Gibson, P N, and Roberts, K J.
1992.
"REX - a program for the analysis of X-ray reflectivity data: user guide and programmer manual."
United Kingdom.
@misc{etde_10153779,
title = {REX - a program for the analysis of X-ray reflectivity data: user guide and programmer manual}
author = {Crabb, T A, Gibson, P N, and Roberts, K J}
abstractNote = {A FORTRAN program REX, which has been developed to facilitate the interpretation of X-ray reflectivity data, is described. The program allows the simulation of reflectivity profiles as a function of either incident angle or of energy. Factors such as anomalous dispersion, and surface and interface roughness are taken into account in the model. In addition, experimental data of reflectivity as a function of incident angle can be matched to user-supplied theoretical parameters by a least-squares refinement procedure. Experimental reflectivity data recorded at several X-ray wavelengths can be analysed simultaneously, thus eliminating certain experimental errors. (author).}
place = {United Kingdom}
year = {1992}
month = {Dec}
}
title = {REX - a program for the analysis of X-ray reflectivity data: user guide and programmer manual}
author = {Crabb, T A, Gibson, P N, and Roberts, K J}
abstractNote = {A FORTRAN program REX, which has been developed to facilitate the interpretation of X-ray reflectivity data, is described. The program allows the simulation of reflectivity profiles as a function of either incident angle or of energy. Factors such as anomalous dispersion, and surface and interface roughness are taken into account in the model. In addition, experimental data of reflectivity as a function of incident angle can be matched to user-supplied theoretical parameters by a least-squares refinement procedure. Experimental reflectivity data recorded at several X-ray wavelengths can be analysed simultaneously, thus eliminating certain experimental errors. (author).}
place = {United Kingdom}
year = {1992}
month = {Dec}
}